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Reinforced concrete structure
Malecha, Tomáš ; Šimůnek, Petr (referee) ; Šulák, Pavel (advisor)
This bachelor‘s thesis includes structural analysis and check of reinforced concrete, cast-in-place construction of a building for parking. Here is solved locally supported floor slab above first above ground floor. Structural analysis was solved by program Scia Engineer 14 and checked by manual calculation. Next step was dimensioning for ultimate limit state, concretely for bending moment, punching and for serviceability limit state, concretely for limitation of cracks. For this bachelor’s thesis were made drawings based on calculated results.
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Influence of stiffness connections on loading of steel structures
Šik, Jan ; Vlk, Zbyněk (referee) ; Nevařil, Aleš (advisor)
This bachelor thesis focuses on the analysis of the real behavior of the joints in steel structures. The introduction describes different approaches to the modeling of joints. The first approach is based on algorithms found in normative documents ČSN EN. The other approach deals with numerical modeling of the joints using the finite element method (FEM) in SW ANSYS. In conclusion, the comparison of results of different approaches to the modeling of joints.
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Response analysis of high-rise storage tank to static and dynamic loads
Strnadlová, Kateřina ; Vlk, Zbyněk (referee) ; Nevařil, Aleš (advisor)
This thesis describes the design and construction of water reservoir assessment for static and dynamic loads. The intoduction describes the basic design type sof reservoirs, thein static solution and design conditions. It made a preliminary calculation for determining the thickness of the shell structure and designed structure is then solid using the finite element metod (FEM) in ANSYS. In conclusion, verification of load-carrying capacity, stability and usability according to standard ČSN EN.
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Static analysis of flexibly supported on structures
Šnajdárková, Jana ; Brdečko, Luděk (referee) ; Vlk, Zbyněk (advisor)
This work focuses on comparing the static analysis on the various types of models. It is calculated as manual calculations and in software RFEM. Without use of the software are created simplified beam model on fixed and flexible supports and to them are calculated support reactions, shear forces and bending moments. One part focuses on the calculation of the reduction of bending moments, to achieve more accurate results. In the program are created models of rod and models of space, which are composed of surfaces. There is also created a model of the split rod to form a reduction of the bending moments over the supports. The last model is a beam with two separate chambers, which are fixed to the plate and defined as ribs which cooperates with the plate. Internal forces on all models is then compared.
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Static analysis of clarified tank structure
Kika, Aleš ; Vlk, Zbyněk (referee) ; Hradil, Petr (advisor)
The aim of bachelor thesis was to perform static analysis of the retention tank. It was created a computational model of the construction in program ANSYS, defined all load cases, and their combinations. At the end of thesis, some components of the tank were designed and evaluated for ultimate limit state and service limit state.
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Static analysis of arch bridge structure
Farkasová, Zuzana ; Zídek,, Rostislav (referee) ; Hradil, Petr (advisor)
The main task of the Bachelor´s thesis is to do a static analysis of arch bridge construction with two span and bridge deck hanged on pulled cables. My task was to construct numerical model of bridge construction, to make load solution and to evaluate results. I have learned about ANSYS programme during processing this thesis, especially about its working environment WORKBENCH.
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Malware Analysis: Tools and Techniques
Danilov, Marcel ; Luc, Ladislav (advisor) ; Veber, Jaromír (referee)
This bachelor thesis adresses present day topic of broad interest, the topic of malware. This term stands for malicous software as viruses, worms, trojans, spyware etc. Simply put a software with intent to do harm to the users of computers or mobile devices, to their steal information or gain access to their private computer systems. This thesis is divided into several chapters. First few of them are theoretical. First one describes malware in general. It defines what malware is and divides it into categories. Second chapter introduces a discipline of malware analysis. A discipline where malware, its components and behaviour is analysed in laboratory environment. This chapter contains general description of malware analysis, categories in which is this analysis divided, and rules of said analysis. Third chapter goes even further into malware analysis. It describes and identifies its indiviual techniques and tools. Last chapter is focused on practical usage of malware analysis. Theoretical knowledge of malware analysis, specifically knowledge of tools and techniques described in previous chapters is demonstrated on real, live example of malware. Thanks to demonstration of tools and techniques; funcionality, structure and life cycle of mentioned piece of malware is also being analyzed. Goal of this thesis is to bring reader closer to the topic of malware, with emphasis on area of malware analysis. This contains an explanation what an malware analysis is, what is its purpose. Next goal is to develop a summary of malware analysis basic tools and techniques. Thesis contribution is application of knowledge of techniques and tools on real malware analysis. With the help of malware analysis, this thesis demonstrates its individual tools and techniques on live example of malware. Other contributions are deriving from analysis itself. Funcionality, structure and life cycle of analysed piece of malware is also being explained.
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Automatizace testování architektury studentských úloh
Hamendi, Mohammed ; Pecinovský, Rudolf (advisor) ; Pavlíčková, Jarmila (referee)
The freshmen programming courses at the University of Economics in Prague offer a unique approach to learning the art of programming and software engineering. The introductory courses follow the Architecture First methodology that gives students the opportunity to learn programming from the top down, without being constrained by the specifics and syntax of any one programming language. It teaches the thought processes needed to build programs, allowing the student to absorb the big ideas of computer programming. The average number of freshmen at the faculty of Informatics and Statistics is around seven hundred students. The task of correcting programming assignment and preparing appropriate feedback would be a mammoth undertaking for teaching staff in most university settings worldwide that offer similar computing degrees. It is therefore quite often the case that the faculty provisions some sort of automated testing technology that can handle the volume and provide both the teaching staff and the students with the tools needed to manage the assignments. These automated tools or systems have been, and continue to be, the subject of many research topics across the world and continue to evolve as new technologies and teaching methods evolve. This study first introduces the theoretical background of automated assessment and grading tools and systems and then provides an analysis of the fields current state. Taking that as input to the next phase, the study uses that information to then design and implement a custom-built system that would enable the automated testing of the structure and other aspects of student assignments. The main goal for the resulting system is to provide an intuitive and convenient way of declaring what needs to be tested for a given assignment and then providing the mechanism to run those tests automatically. The resulting system, DynoGrader, dynamically validates student assignments at runtime using Java runtime annotation processing mechanisms and Java Reflection API.
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Malware analysis and reverse engineering
Šváb, Martin ; Čermák, Igor (advisor) ; Hlaváč, Jindřich (referee)
Focus of this thesis is reverse engineering in information technology closely linked with the malware analysis. It explains fundamentals of IA-32 processors architecture and basics of operating system Microsoft Windows. Main part of this thesis is dedicated to the malware analysis, including description of creating a tool for simplification of static part of the analysis. In Conclusion various approaches to the malware analysis, which were described in previous part of the thesis, are practically demonstrated on unknown malware sample.
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